Conductive polyimide (PI) film electrodes, which combine the electrical conductivity of silver nanowires (AgNWs) with multi-stimulus response properties, are promising for smart devices, such as actuators, remote sensing circuits, intelligent garments, and smart flexible robots. The flexible electrodes are fabricated using shape memory polyimide as the substrate. In addition, a thermally cured liquid photopolymer, SR 368D, was used as a transition layer and AgNWs served as the conductive layer (denoted as AgNW/SR/PI electrode). The AgNW/SR/PI electrodes exhibited a low resistivity of ∼1.3 Ω sq −1 because of the high conductivity of the AgNWs. Integrating the high strength of PI films with AgNWs gave the electrodes highly conductive and stable properties. The electrodes were able to maintain a low resistivity of ∼1.5 Ω sq −1 even after 2000 bending/unbending cycles and retained ∼1.8 Ω sq −1 after 2000 adhesion/peeling cycles. Moreover, the AgNW posse...

中文翻译：

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基于光响应形状记忆聚酰亚胺的高热稳定性和柔性导电膜电极

导电聚酰亚胺（PI）薄膜电极结合了银纳米线（AgNW）的电导率和多种刺激响应特性，对于执行器，遥感电路，智能服装和智能柔性机器人等智能设备很有希望。使用形状记忆聚酰亚胺作为基板来制造柔性电极。另外，将热固化的液态光敏聚合物SR 368D用作过渡层，将AgNWs用作导电层（表示为AgNW / SR / PI电极）。由于AgNW的高电导率，AgNW / SR / PI电极的电阻率低至约1.3Ωsq -1。将PI膜的高强度与AgNWs集成在一起，可以使电极具有很高的导电性和稳定性。电极能够保持约1的低电阻率。即使在2000次弯曲/未弯曲循环后仍为5Ωsq -1，在2000次粘合/剥离循环后仍保持〜1.8Ωsq -1。此外，AgNW拥有...